HP Enterprise - Power Distribution Unit Expansion Module (rack-mountable) - AC 230 V - 3680 VA - 1-phase - Input: IEC 60320 C20 - Output Connectors: 8 (power IEC 60320 C13) - For ProLiant For Microsoft Azure Stack; Synergy 12000 Frame - P9Q66A

• Form factor
  Extension bars to expand access to power in the back of the rack. Extension Bars mount directly to the frame of the rack in multiple locations allowing you the flexibility of placing access to power where it is needed most.
• High-density vertical PDU models
  High-density vertical PDU models have also been added to the G2 portfolio of HPE PDUs. These models provide 24 outlets in a half-height (22U) form factor and 48 outlets in a full-height (42U) form factor. This density is achieved by placing the power receptacles on one side of the PDU and access to the circuit breakers on the opposite side, all without significantly impacting the height (profile) of the PDU.
• Color-coded outlets
  Highly visible from the rear of the rack, color-coding helps to easily and clearly identify outlets to simply cabling and power phase balancing when configuring and marinating power for your IT equipment.
• Rated for high operating temperatures
  Increasing IT densities and escalating operating costs have created a need for rack infrastructure that can operate reliably at higher operating temperatures. HPE G2 PDUs have been designed with high temperaturerated premium components and construction that support increased reliability levels at elevated temperatures. All HPE G2 PDUs are rated for operation in temperatures up to 60�C (or 140�F) in the rear of the rack.

HPE standard series G2 Basic PDUs are designed to work precisely with HPE infrastructure and compute solutions. Designed for use with HPE standard, advanced, and enterprise racks (and compatible with other industry-standard server racks), HPE G2 Basic PDUs guaranty a compatible fit and reliable operation backed. Built with high-temperature grade premium components, HPE's G2 Basic PDUs can operate reliably in high operating temperatures over extended periods of time.